Kinetic theory in aerothermodynamics

Progress in Aerospace Sciences

Volumn 29, Issue 4, 1992, Pages 271-354

  Kogan, M N ^a  

^a CENTRAL AEROHYDRODYNAMIC INSTITUTE TSAGI   (Russian Federation)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 0000218021     PISSN: 03760421     EISSN: None     Source Type: Journal    
DOI: 10.1016/0376-0421(92)90007-5     Document Type: Review

References (208)

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2. On equations of gas dynamics
3. On asymptotic theory of heat transfer near corner point
4. Transport Phenomena in Polyatomic Gases
5. Generalized Chapman–Enskog method
6. Generalized Chapman–Enskog method
7. On the gas dynamic equations for polyatomic gases with arbitrary rate ratio of elastic and non-elastic processes
8. Generalized Chapman–Enskog method: Derivation of the non-equilibrium gas dynamic equations
9. Chapman–Enskog method for chemically reacting gases
10. The generalized Chapman–Enskog method
11. On properties of generalized Chapman–Enskog method
12. Transport properties in reactive gas flows
13. The transport coefficients for polyatomic gases in arbitrary non-equilibrium flow
14. Statistical collision model for simulating polyatomic gas with restricted energy exchange
15. New approach for modelling energy exchange and chemical reactions in the direct simulation Monte-Carlo method
16. RGD-17
17. Vibration-translation exchange in diatomic-diatomic collisions
18. Molecular diameters in high-temperature gases
19. Direct simulation of gas flows at the molecular level
20. Enhancements and application of DSMC for hypersonic rarefied flows
21. Rarefied gas dynamics
22. Non-equilibrium molecular motion in hypersonic shock wave
23. Non-equilibrium gas flows. 1. A detailed validation of Monte-Carlo direct simulation for monatomic gases
24. The electron beam fluorescence technique
25. A pulsed electron-photon fluorescence technique for temperature and specie concentration measurements at points in relatively dense unseeded air flows
26. Boltzmann equation solutions at high translational energies of molecules
27. On the methods of gas dynamic equations derivation for reactions at high relative velocities of molecules
28. Non-equilibrium distribution rates calculations for two atomic molecules in the boundary layer
29. On the conditions to be satisfied by a gas at the surface of a solid body
30. The Knudsen boundary layer in low density gas flow past a crystal
31. Gas surface scattering models for satellite application
32. Particle surface interactions in the orbital contex: a survey
33. Accommodations of gases on solid surfaces
34. Unified kinetic approach for rarefied gas transport and beam-surface scattering
35. Experimental test of theories involved and methods used in extraction of thermal accommodation coefficients
36. Transport Theory
37. Transport Theory Conference
38. Kinetic models for gas-surface interactions
39. Reciprocity in scattering of gas molecules by surfaces
40. Scattering kernels for gas-surface interactions
41. Reciprocity and phenomenological coefficients in liquid–vapor phase change
42. On the temperature jump in a rarefied gas
43. Kinetic theory of linear shear flow
44. Variational approach to boundary value problems in kinetic theory
45. Thermal creep in rarefied gas
46. A variational principle for boundary value problem in kinetic theory
47. Approximate method in the kinetic theory
48. Momentum and temperature slip coefficients with arbitrary accommodation at the surface
49. Velocity profile in the Knudsen layer for the Kramers problem
50. Solution of linear problems of rarefied gas dynamics by Monte-Carlo method
51. Solution of linear problems of rarefied gas dynamics by Monte-Carlo method
52. Direct simulation of the incompressible Kramers problem
53. Transport processes in Knudsen layers
54. Momentum and temperature slip coefficients with arbitrary accommodation at the surface
55. Velocity slip coefficient and the diffusion slip velocity for a multicomponent gas mixture
56. Molecular gas dynamics
57. Variational calculation of the slip coefficient and the temperature jump for arbitrary gas–surface interaction
58. Numerical analysis of the heat and thermal creep flows of a rarefied gas over a plane wall on the basis of the linearized Boltzmann equation for hard sphere
59. Effects of accommodation coefficient on shear flow of rarefied gas
60. Slightly rarefied gas flow over a body with small accommodation coefficient
61. Analytical and numerical studies of rarefied gas flows on the basis of the Boltzmann equation for hard-sphere molecules
62. Thermophoresis—a review
63. Variational calculation of the temperature jump for a binary mixture
64. Slip condition of a rough surface
65. On the slip coefficients temperature dependence
66. Flow induced by thermal stress in rarefied gas
67. Velocity profile measurements in the Knudsen layer for the Kramers problem
68. Knudsen layer theory and experiment
69. Mixing of thermal and molecular jets produced from Knudsen effusion
70. Porous media in aerodynamic test at low Reynolds numbers
71. A simple demonstration of a rarefied gas flow induced over a plane wall with temperature gradient
72. A spectroscopic study of free evaporation sodium
73. Knudsen layer in the theory of heterogeneous reactions
74. Knudsen layer in the theory of heterogeneous reactions
75. Kinetic analysis of the evaporation and condensation processes
76. Evaporation, condensation and heterogeneous chemical reactions at small Knudsen numbers
77. Application of kinetic theory to the problem of evaporation and condensation
78. Temperature and density jumps in the kinetic theory of gases and vapours
79. Some boundary value problems in the kinetic theory of gases
80. Kinetic theory of evaporation and condensation
81. Kinetic theory of evaporation and condensation
82. Flow break-down in condensation Knudsen layer
83. Mott-Smith solution for weak condensation
84. Kinetic theory of evaporation and condensation—Linear and non-linear problems
85. Slip and temperature jump coefficients in a binary mixture
86. Temperature jump in evaporating binary mixture
87. Regimes of the supersonic gas condensation
88. Regimes of the supersonic gas condensation
89. Ueber die Verdunstung der Flüssigkeiten, insbesondere des Quecksilbers, im luftleeren Raume
90. Die maximale verdampfungsges schwindigkeit des quicksilbers
91. An application of kinetic theory to the problems of evaporation and sublimation of monoatomic gases
92. Boundary conditions for evaporation and condensation
93. Boundary conditions for evaporation and condensation
94. Metal evaporation by laser radiation
95. Theory and experiments on gas kinetics in evaporation
96. A Mott–Smith solution for non-linear condensation
97. Quasi-steady one-dimensional evaporation problem using entropy-balance relation
98. Analysis of intensive evaporation and condensation
99. One-dimensional condensation at velocities near to sonic speed
100. Kinetic approach to non-linear condensation of flowing vapor
101. Strong evaporation and condensation
102. Possible regimes of strong gas evaporation and condensation
103. Direct simulation solution of the strong evaporation and condensation problem
104. The solution of the problem of strong evaporation of monoatomic gas by the Monte-Carlo method
105. Kinetic approach to the transient evaporation and condensation problem
106. A study of unsteady strong condensation on a plane condensed phase with spatial interest in formation of steady profile
107. Steady evaporation and condensation on a plane condensed phase
108. Numerical analysis of gas flows condensing on its plane condensed phase on the basis of kinetic theory
109. Strong subsonic condensation of monoatomic gas
110. Numerical analysis of steady flows of a gas condensing on or evaporating from its plane condensed phase on the basis of kinetic theory
111. The blockage effect at strong condensation
112. Evaporation and condensation on two parallel plates at finite Reynolds numbers
113. One-dimensional steady supersonic condensation
114. Strong subsonic and supersonic condensation on a plane surface
115. Kinetic analysis of the problem of evaporation and condensation
116. Numerical solutions of non-linear kinetic equations for a one-dimensional evaporation-condensation problem
117. Temperature and partial pressure jumps during evaporation and condensation of multicomponent gas mixture
118. Evaporation in a vapor–gas mixture
119. Kinetic analysis of evaporation and condensation in a vapor–gas mixture
120. Evaporation and condensation in a vapor–gas mixture
121. Strong recondensation in a one-component and two-component rarefied gas for an arbitrary value of Knudsen number
122. Strong recondensation in a one-component and two-component rarefied gas for an arbitrary value of Knudsen number
123. A kinetic model of the vapor condensation in the presence of a non-condensable gas
124. A two-surface problem of evaporation and condensation in a vapor gas mixture
125. The spherical droplet problem of evaporation and condensation in a vapor-gas mixture
126. Evaporation and condensation of a vapor-gas mixture between the coaxial cylindrical condensed phases
127. Non-linear analysis for evaporation and condensation of a vapor-gas mixture between two condensed phases
128. Reflection of sound
129. Influence of evaporation and condensation upon sound reflection
130. Sound reflection from evaporation surface
131. Sound dissipation on an evaporating-condensating surface
132. Influence of evaporation and condensation upon sound isolating systems
133. Strong nonequilibrium processes in the Knudsen layer
134. Kinetics model for gases with internal degrees of freedom
135. Non-equilibrium effects in spherical expansion of polyatomic gases and gas mixtures
136. Selective processes on the boundary of two media induced by resonance laser radiation
137. Polyatomic gas flow near bodies with surface reactions
138. Some kinetic effects in continuum gas dynamics
139. Free convection without external forces
140. Concentration stress convection and some properties of gas mixture flows
141. Stresses due to temperature and concentration gradients in gases
142. Stresses produced in gasses by temperature and concentration inhomogeneities. New types of free convection
143. Non Navier-Stokes gas dynamics and thermal-stress phenomena
144. General equation of gas dynamics
145. On the Dynamical Theory of Gases
146. On stresses in rarefied gas arising from inequalities of temperature
147. Computational investigation of slow non-isothermic flow around axisymmetrical bodies
148. Forces on a body in gas due to the Burnett stresses
149. Weak convection between eccentric spheres
150. Compressible low Reynolds number flow around a sphere
151. Flow around heated sphere at low Reynolds numbers
152. Slow flow around heated body
153. Transport phenomena in multicomponent gas mixture in the Burnett approximation
154. Drag force of the evaporating particle in a slow binary mixture of gases
155. On thermal-stress gas flows
156. Gas flow between parallel non-uniformally heated plates
157. Light induced drift of gases
158. About the equation for a rarefied gas motion
159. Gas dynamics of velocity selective excited gas
160. Light-induced changes of thermodynamics state of gas
161. Light-induced drift of one-component gas in a channel
162. On the photoslip of gas under the effect of resonance radiation
163. Slip of gas in field of optic radiation
164. Light-induced viscous flow of a one component gas
165. Surface light-induced drift of a rarefied gas
166. Light-induced drift of one component gas in a channel
167. Surface light-induced drift of CHF
168. Evidence for light-induced kinetic effects due to velocity-selective heating or cooling
169. Light-induced drift due to velocity-selective photochemical reaction
170. Various kinetic effects arising from velocity-selective excitation
171. Longitudinal concentration particle gradient due to velocity-selective laser photodissociation
172. Simple model of kinetic phenomena in laser fields
173. Strong evaporation of a polyatomic gas
174. Numerical investigation of the strong evaporation of a polyatomic gas